PZ3-PM2-PC-E-131B Fiber Stretchers

The PZ3-PM2-PC-E-131B, crafted by Optiphase, represents a cutting-edge innovation in the realm of fiber optics. Designed meticulously for precision and reliability, this product stands out as a mid-range fiber stretcher tailored for intricate optical interferometric measurement and sensing system applications. The PZ3-PM2-PC-E-131B operates at a wavelength of 1310.0 nm, a benchmark in the industry for its superior performance in open loop demodulation, sensor simulation, variable optical delay, and general-purpose fiber interferometry. The stretcher is equipped with FC/PC connectors, ensuring seamless integration into existing systems, and housed within a robust enclosure that guarantees durability and ease of use.

Belonging to the distinguished PZ3 family of fiber stretchers, this model leverages a unique multi-layer winding approach, enhancing modulation functions while maintaining a high operational frequency. Optiphase's expertise in all-fiber interferometers is evident in this design, which accommodates various fiber types, including PM fiber with a Bowtie structure. This family of products excels in versatility, offering configurations with SM, commercial PM, or RC fibers, each engineered to deliver optimal performance across a wide range of frequencies.

Key Features

• The PZ3-PM2-PC-E-131B operates over a broad wavelength range of 780 to 1625 nm, providing flexibility for diverse applications.
• Its enclosed design with FC/PC connectors simplifies setup and ensures secure, reliable connections in any environment.
• The Bowtie PM fiber structure enhances polarization maintenance, crucial for high-precision optical measurements.
• This device can be driven by standard laboratory equipment without modification, thanks to its non-proprietary driver requirement.
• With a modulation constant of up to 17.7 radians/V, it offers precise control over optical path displacement.
• Capable of handling bipolar voltage drives, it provides greater convenience compared to unipolar systems.
• The robust enclosure ensures the unit is protected from environmental factors, prolonging its operational life.

Applications

• Ideal for open loop demodulation processes, where precise optical path length adjustments are required.
• Serves as a fundamental component in sensor simulation setups, emulating real-world conditions for testing.
• Utilized in variable optical delay lines, critical for synchronizing signals in complex optical networks.
• Supports general-purpose fiber interferometry, enabling high-sensitivity measurements of optical phase changes.
• Essential for large angle modulation of interferometric phases, expanding the capabilities of measurement systems.
• Incorporated in fiber optic gyroscopes, enhancing accuracy and stability in navigation systems.
• Utilized in research and development environments for pioneering new optical technologies and applications.

What's next?

As technology continues to advance, the role of fiber optics in industrial and research applications will expand. The PZ3-PM2-PC-E-131B is at the forefront of this evolution, offering unparalleled precision and versatility. Researchers and engineers can rely on this product to meet the demands of increasingly sophisticated optical systems. With its robust design and user-friendly operation, the PZ3-PM2-PC-E-131B is poised to become an indispensable tool in your optical arsenal.

AMS Technologies, a leader in optical solutions, offers this product as part of their comprehensive portfolio. They provide unparalleled support and expertise, helping customers integrate this advanced technology into their applications seamlessly. Explore the potential of the PZ3-PM2-PC-E-131B and elevate your optical systems to new heights.